INSTALL COOLTERM HOW TO

There is a video to show you how to finish“heartbeat”pattern.Įnter Makecode editor, tap“Download”to get a“hex”file.

INSTALL COOLTERM CODE

Through MakeCode editor, you just need to drag blocks into code editing area to design program. Input“heartbeat”to name your project and click “Create” There will be a MICROBIT drive in your computer, as shown below:Įnter then click and you will view the dialog box. Macs ,PCs, Chromebooks and Linux system（including Raspberry Pi）support micro：bit. Link micro:bit board to computer with USB cable.（Guide to mobile apps：） Get started with Micro:bit: Https:///guide/quick/

INSTALL COOLTERM WINDOWS

We take Windows system as example to show you. （Note：Install it after peeling off the protective film on acrylic board.) (Take out the two self-tapping screws of universal wheels first, we provide the 2 pcs longer self-tapping screws to replace them, and don’t screw them too tightly）Ģ.Mount the top board of micro:bit smart car To be honest, we never intend to send wood to you.ġ.Install base plate of micro:bit mini smart car Note: Peel the plastic film off the board first when installing the smart car. Show the working status of keyestudio micro:bit smart car. Note: the battery is not included in this kit. The battery is rechargeable and maximum current is 700 mA. The keyestudio micro:bit smart car is supplied power by a 18650 battery or USB port. Then click“Computer”->“Properties”->“Device manager”, as shown below. The following page pops up and click“install”

INSTALL COOLTERM DRIVER

More details you could refer to the official website： ġ)First of all, connect the micro:bit to your computer using a USB cable.Īnd enter website to download the driver file of micro:bit, double-click ，Īfter downloading the driver, then click “Next” Please refer to the following diagram shown below. There are five large pins, that are also connected to holes in the board labeled: 0, 1, 2, 3V, and GND.Īnd along the same edge, there are 20 small pins that you can use when plugging the BBC micro:bit into an edge connector. The edge connector is the gray area on the right side of the figure below. The BBC micro:bit has 25 external connections on the edge connector of the board, which we refer to as“pins”.

Wireless communication，by radio and Bluetooth.īefore getting started with the following projects, firstly need to figure out each pin of micro:bit main board.

Geomagnetic sensor/compass (MAG3110, I2C obtain three-axis geomagnetic data).

Accelerometer(MMA8652 and I2C get the data from accelerator sensor).

KL26Z micro controller（48 MHz ARM Cortex-M0+ core,128 KB Flash）.

INSTALL COOLTERM BLUETOOTH

NRF51822 processor（16 MHz 32bit, ARM Cortex-M0, Bluetooth 4.0 low consumption/2.4GHz RF wireless, 16kB RAM and 256kB Flash）.Please tear off the protective film on the acrylic board before mounting the kitįor more details, enter the website please： 4)Operating temperature range: 0-50 degrees Celsius.3)Maximum power: maximum output power is 10W.2)Current: USB power supply or power supply with a capacity greater than or equal to 2A.When doing experiment with latest micro:bit, you need to transfer code into Makecode online editor first, save code again then download it to micro:bit. Note: we adopt V1.5 micro:bit in the whole tutorial, but our tutorial is also compatible with the latest version micro:bit. You only connect power to the port of battery holder. Simultaneously, this smart car is chargeable. The passive buzzer makes music play, a KEYES-2812-18R module can display different effects, a photoresistor can detect light intensity. It contains passive buzzer, ultrasonic sensor, KEYES-2812-18R module, IR obstacle avoidance sensor and so on. The Keyestudio micro:bit smart car integrates obstacle avoidance, line tracking and IR and Bluetooth control functions.

To make you deeply know the micro:bit, we provide test code and projects. The platform provides the foundation for a tailored coding experience to create and run user programs on actual hardware or in a simulated target. MakeCode is a framework for creating interactive and engaging programming experiences for those new to the world of programming. In this kit, we will guide you how to control and generate a Micro:bit turtle smart car through programming in Makecode. At present, innovative technology products, like robots, wearable devices and interactive electronic games can be produced by programming and code. Micro:bit is significantly applied to STEM education for teenagers, as a small microcontroller, which features small in size, easy to carry, and powerful function. Note: the micro:bit has beed updated to V2.0 version therefore, you can get more details for KS0426 V2.0 basic kit in the following link: 9.3 How to Import Makecode Extension Library.7.2 Keyestudio Micro:bit Mini Smart Car.

Install coolterm